The YEKMLCO FDB1 Capacitor Discharge Pen is designed to quickly and safely release residual voltage from high-voltage capacitors (10-1000V). It operates with a constant current discharge method, reducing the voltage to approximately 9V (safety voltage) when the indicator light turns off. It then continues discharging to below 2V within about 3 seconds for complete discharge.
Key features:
* Suitable for different pin spacings
* Convenient one-hand operation
* Safety with no sparking
* Intelligent, no polarity requirement
* Quickly releases residual capacitor voltage
* Protects operators from electric shock and prevents product damage
* Essential tool for maintenance professionals
Material: Metal.
Attention: This tool is for discharging high-voltage (10-1000V) capacitors offline only and cannot be used as an electronic load (do not discharge while charging).
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the discharge voltage range of the YEKMLCO Capacitor Discharge Pen?A: The discharge voltage range is ten to one thousand volts. This allows it to safely discharge high-voltage capacitors.
Q: What material is the YEKMLCO Capacitor Discharge Pen made of?A: This discharge pen is made of metal. The metal construction ensures durability and effectiveness during use.
Q: What are the dimensions of the YEKMLCO Capacitor Discharge Pen?A: The dimensions are zero point sixty-six inches in width, zero point sixty-six inches in length, and six point one inches in height. These compact dimensions make it easy to handle.
Q: How do I use the YEKMLCO Capacitor Discharge Pen?A: To use the pen, simply connect it to the capacitor terminals and allow it to discharge. Ensure that the voltage is within the specified range.
Q: Is the YEKMLCO Capacitor Discharge Pen suitable for all types of capacitors?A: No, it is only suitable for high-voltage capacitors from ten to one thousand volts. It should not be used on capacitors while charging.
Q: Can I operate the YEKMLCO Capacitor Discharge Pen with one hand?A: Yes, it is designed for convenient one-hand operation. This feature enhances ease of use, especially in tight spaces.
Q: How do I care for the YEKMLCO Capacitor Discharge Pen?A: Keep the pen dry and store it in a safe place. Avoid exposing it to extreme temperatures to maintain its functionality.
Q: Is the YEKMLCO Capacitor Discharge Pen safe to use?A: Yes, it is designed with safety features to prevent sparking. The pen discharges to a safe voltage level for the user.
Q: What should I do if the YEKMLCO Capacitor Discharge Pen does not work?A: Ensure that you are using it on a capacitor within the specified voltage range. If issues persist, contact customer support for assistance.
Q: What is the maximum discharge termination voltage of the YEKMLCO Capacitor Discharge Pen?A: The maximum discharge termination voltage is less than two volts. This ensures that it safely discharges capacitors to a non-hazardous level.
Q: Can I use the YEKMLCO Capacitor Discharge Pen for electronic loads?A: No, this pen cannot be used as an electronic load. It is specifically designed for discharging capacitors only.
Q: Does the YEKMLCO Capacitor Discharge Pen have an indicator light?A: Yes, it features an indicator light that turns off when the discharge reaches a safe voltage. This provides a visual confirmation of safety.
Q: Is the YEKMLCO Capacitor Discharge Pen suitable for beginners?A: Yes, it can be used by beginners with proper instruction. However, caution is advised when handling high-voltage components.
Q: What makes the YEKMLCO Capacitor Discharge Pen a necessary tool?A: It rapidly discharges residual voltage from capacitors, protecting both the operator and the equipment from electric shock and damage.
Q: What is the model number of the YEKMLCO Capacitor Discharge Pen?A: The model number is FDB1. This model is specifically engineered for high voltage repair tasks.